3. Yoshi knows that the optimal bowl of cereal and milk has the following characteristics: every cup of cereal will, at least, have one cup of milk, and, at most, one and a half cups of milk, added to it. He computes that milk is about 20 cents a cup (i.e. $0.20) and cereal is about 50 cents a cup (i.e. $0.50). Suppose he has $10 to spend. Compute the maximum cups of cereal and milk Yoshi should buy subject to these constraints. (So maximize C + M where C are cups of cereal, and M are cups of milk). SHOW ALL WORK. Write the linear program associated to Yoshi's cereal and milk problem. Sketch the feasible region and label the corner points. I'll give you two corner points: (M,C) = (300/19, 200/19) = (15.8, 10.5) and (M, C) = (100/7, 100/7) (14.3, 14.3). Which combination of cereal and milk solves Yoshi's cereal and milk problem?

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Chapter2: Second-order Linear Odes
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3. Yoshi knows that the optimal bowl of cereal and milk has the following characteristics: every
cup of cereal will, at least, have one cup of milk, and, at most, one and a half cups of milk,
added to it. He computes that milk is about 20 cents a cup (i.e. $0.20) and cereal is about
50 cents a cup (i.e. $0.50). Suppose he has $10 to spend. Compute the maximum cups of
cereal and milk Yoshi should buy subject to these constraints. (So maximize C + M where
C are cups of cereal, and M are cups of milk). SHOW ALL WORK.
Write the linear program associated to Yoshi's cereal and milk problem.
Sketch the feasible region and label the corner points. I'll give you two corner points:
(M, C) = (300/19, 200/19) = (15.8, 10.5) and (M, C) = (100/7, 100/7) (14.3, 14.3).
Which combination of cereal and milk solves Yoshi's cereal and milk problem?
Transcribed Image Text:3. Yoshi knows that the optimal bowl of cereal and milk has the following characteristics: every cup of cereal will, at least, have one cup of milk, and, at most, one and a half cups of milk, added to it. He computes that milk is about 20 cents a cup (i.e. $0.20) and cereal is about 50 cents a cup (i.e. $0.50). Suppose he has $10 to spend. Compute the maximum cups of cereal and milk Yoshi should buy subject to these constraints. (So maximize C + M where C are cups of cereal, and M are cups of milk). SHOW ALL WORK. Write the linear program associated to Yoshi's cereal and milk problem. Sketch the feasible region and label the corner points. I'll give you two corner points: (M, C) = (300/19, 200/19) = (15.8, 10.5) and (M, C) = (100/7, 100/7) (14.3, 14.3). Which combination of cereal and milk solves Yoshi's cereal and milk problem?
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